EGR 270 Grossmont College District Multiplexers Simulation Lab Report
I’m studying and insufficiency acceleration after a while a Algebra investigation to acceleration me glean.
In this lab, we gain be using what we've gleaned encircling multiplexers to instrument a basic straight business, f(x) = 4x+1, where x is a 2-bit binary sum. Our project specifications specify that we must project the circumference for this business using indelicate 2-1 MUXs. How the heck are we going to do THAT!?
Part 1 - Complete the Faithfulness Consideration for the Straight Function
- Using the spreadsheet software of your cherished (or hand-written is nice), compose the faithfulness consideration for f(x) = 4x+1. Catch your spreadsheet and embrace after a while your lab inferiority. Use the consideration adown to acceleration get you started:
|x1||x0||Decimal Equiv of x||Decimal Equiv of f||Binary Equiv of f|
|0||0||0||f = 4*0 + 1 = 1||01|
Part 2 - Pull the Circumference in Multisim
- Since our project requirements specify that we must use a bank of indelicate 2-1 MUXs, we must foremost project circumferencery for the 2-1 MUX. If insufficiencyed, re-watch the video on how to pull the logic circumference for the 2-1 MUX, then pull it in Multisim.
- Once you own one 2-1 MUX, construct three copies and mention what values should be alike to the postulates and chosen lines of each multiplexer in arrange to allure the misapply output.
- Simulate your circumference and catch a portraiture of your schematic showing the certainty for the input predicament x = 2.
Part 3 - Lab Report
- Download, superintend or accept pictures of pretended circumference and faithfulness consideration
- Compile all images using the promise processing program of your cherished and comply via Canvas as lab5yourname.pdf. Thanks and let me apprehend if you own any investigations!